Assuming that that is the boiling point (note: the boiling point varies, depending on pressure), then adding heat energy will make the water evaporate. Water at 100 degrees will become steam at 100 degrees.Instead of increasing the kinetic (movement) energy of the particles, the energy will increase their potential energy (the phase change).
When heat is added to water, the temperature of the water increases. At 100°C (212°F), water boils and turns into steam. This phase change from liquid to gas is a result of the added heat energy overcoming the intermolecular forces holding the water molecules together.
The temperature of boiling water remains constant at the boiling point (100°C at sea level) because the added heat energy is used to convert the liquid water into water vapor, rather than increasing the temperature. This phase change absorbs heat without affecting the temperature.
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During boiling, water molecules are gaining enough energy to overcome the attractive forces that hold them together. This allows the molecules to break free from the liquid phase and escape as vapor. The temperature at which this occurs is known as the boiling point.
Burning 100g of water at 100 degrees would release more energy than burning 100g of steam at 100 degrees, as water at a higher temperature has more thermal energy to be released. Burning water at 100 degrees would first need to raise its temperature to its boiling point before converting it into steam.
the water will absorb some of the energy and become warmer than its starting temperature until it reaches its boiling point (212 °F or 100 °C) and then the water will boil as it is turned from a liquid to a gas know as steam, which it will do until all the water is boiled away.
When heat is added to water, the temperature of the water increases. At 100°C (212°F), water boils and turns into steam. This phase change from liquid to gas is a result of the added heat energy overcoming the intermolecular forces holding the water molecules together.
When heat is added to the water, the molecules move faster. When the water reaches the boiling point (100 Degree Celsius), the water molecules at the surface of the water would break apart with the other molecules and escape (evaporate). When they evaporate, the water molecules changes state and becomes water vapour.
The total energy added to the system is 160 Joules, comprising of 100 Joules of heat and 60 Joules of work. This increase in energy will lead to a rise in the system's internal energy.
Threshold energy is the energy level where some chemical/physical action happens. For instance water boils at 100 deg C the water molecule attains enough (kinetic) energy it can escape from the rest of the pull of the water molecules. It can be used other context as well e.g. there enough electrostatic energy build up in the clouds, a lightning occur. This is the threshold energy.
no water or preservatives added
It boils
The temperature of boiling water remains constant at the boiling point (100°C at sea level) because the added heat energy is used to convert the liquid water into water vapor, rather than increasing the temperature. This phase change absorbs heat without affecting the temperature.
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at standard pressure, the vapor condenses to liquid water at 100 C
at standard pressure, the vapor condenses to liquid water at 100 C
The energy required to boil 100 ml of water at room temperature (20°C) to boiling point (100°C) is about 4200 joules. This is the amount of energy needed to raise the temperature of water by 1°C per gram.